PIETRO FIORENTINI Modus Slim2 Owner's manual

Brand
PIETRO FIORENTINI
Model
Modus Slim2
Category
Measuring, testing & control
Type
Owner's manual
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Modus Slim 2
TECHNICAL MANUAL
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DISCLAIMER
All rights reserved. No part of this publication may be reproduced, distributed, translated into any
language, or transmitted by any electronic or mechanical means, including photocopying, recording, or
any other means of storage and retrieval, for other purpose other than the purchaser's personal use,
without prior written permission of the Manufacturer.
The Manufacturer is by no means liable for the consequences of operations not performed in
compliance with this manual.
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1 Product Features ............................................................................. 4
1.1 Conversion Coefficient ........................................................................................................... 4
1.2 Energy Calculation ................................................................................................................ 5
2 Certifications ................................................................................... 6
2.1 2014/34/UE ATEX directive .................................................................................................... 6
2.2 2014/32/UE MID directive ..................................................................................................... 6
3 Safety Installation Requirements .................................................... 7
4 Batteries .......................................................................................... 8
4.1 Replacement ......................................................................................................................... 8
5 User’s Menu ................................................................................... 10
5.1 Diagnostic ........................................................................................................................... 14
5.2 Events ................................................................................................................................ 14
5.3 End Of Billing ...................................................................................................................... 14
6 Installation .................................................................................... 15
6.1 Clamps ............................................................................................................................... 15
6.2 Metrological Unlock Button .................................................................................................. 16
6.3 Metrological sealing ............................................................................................................. 17
6.4 Non-Metrological sealings .................................................................................................... 17
6.5 Factory reset....................................................................................................................... 18
6.6 Maintenance ....................................................................................................................... 18
7 Technical Specifications ................................................................. 19
8 Ex Safety Parameters .................................................................... 20
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1 Product Features
Modus Slim 2 is a type 1 gas volume converter, with integrated data-logger and GSM / GPRS modem. It
has a PTZ conversion channel through which the impulses from the volume meter, the pressure and the
temperature of the gas are acquired and the compressibility factor Z and the conversion coefficient C
are calculated at the reference thermodynamic conditions. The heat of combustion Hs is also calculated.
MODUS SLIM2 has been certified for installation in environments with a potentially explosive atmosphere
according to the type of protection:
II 1 G Ex ia IIA T3 Ga Tamb = -25°C ÷ +60 °C
The device complies with EN60079-0 and EN60079-11 standards for use at ambient temperatures
between -25 ° C and + 60 ° C according to the EU-type examination certificate TÜV IT 21 ATEX 034
X.
The pressure and temperature values are acquired through two sensors which are an integral part of the
equipment.
An optical interface compliant with CEI EN 62056-21 is available for local communication with the
equipment.
MODUS SLIM2 has one pulse input for dedicated for meter and one digital input for anti-tamper. Both
inputs must be connected to voltage-free contacts.
Volume corrector information can be viewed on a liquid crystal display. Two digital outputs are available
for repeating the volumes at the measurement conditions and at the reference conditions
For non-metrological applications, the equipment is identified as MLog SLIM2: all safety features remain
unchanged.
1.1 Conversion Coefficient
The PTZ corrector performs the acquisition of the pulses emitted by the counter meter and calculates
the equivalent cubic meters base conditions according to the formula:
Symbol
Represented quantity
Unit of measure
Vb
Volume at base conditions
m³
Vm
Volume at measurement conditions
m³
P
Absolute pressure at measurement conditions
bar
Pb
Absolute pressure at base conditions
bar
T
Temperature at measurement conditions
K
Tb
Temperature at measurement conditions
K
Z
Compressibility factor at measurement conditions
-
Zb
Compressibility factor at base conditions
-
C
Conversion factor
-
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The compressibility factor takes into account the deviation of behaviour between real and ideal gas. The
calculation method can be configured between the followings:
• UNI EN ISO 12213-2 (AGA8-DC92)
• UNI EN ISO 12213-3 (SGERG88)
• AGA-NX19
The conversion factor is calculated according the formula specified into standard UNI EN ISO 12405-1.
1.2 Energy Calculation
The device calculates the energy of gas flown according the standard UNI EN 12405-2:2012
Symbols
Represented quantity
Measuring unit
Vb
Volume at base conditions
m³
E
Energy
J
Hs
Superior calorific value
J/m³
If the compressibility factor configured is AGA8-DC92, the Superior Calorific Value is calculated according
the standard UNI EN ISO 6976:2008, otherwise must be configured by user.
The data-logger processes the metric data according to UNI / TS 11291-3 / 4 and makes them available
to the central acquisition system (SAC) via GSM / GPRS data connection.
An optical serial port is available for local communication.
The human-machine interface consists of a liquid crystal display and a keyboard through which it is
possible to navigate through the data presentation menus.
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2 Certifications
2.1 2014/34/UE ATEX directive
Modus Slim 2 is a very low consumption volume corrector, particularly suitable for all those uses where
it is not possible to use the mains as a power source.
The equipment was designed for the monitoring of gas distribution systems and certified, according to
Directive 2014/34 / EU (ATEX) both as intrinsically safe equipment for use in applications in potentially
explosive atmospheres.
II 1 G Ex ia IIA T3 Ga Tamb = -25°C ÷ +60 °C
TÜV IT 21 ATEX 034 X
Risk of Explosion
: The installation must be carried out in compliance with the prescriptions
contained in this manual
2.2 2014/32/UE MID directive
Modus Slim 2 has been approved MID according EN12405-1:2005+A2:2010. Marking shown below.
IT-024-21-MI002-2213
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WARNING: DANGER OF ELECTROSTATIC DISCHARGE
CLEAN WITH A WET CLOTH OR ANTISTATIC PRODUCTS.
3 Safety Installation Requirements
In the case of use in areas with danger of explosion, it must be verified that the type of equipment
provided is suitable for the classification of the area and any flammable substances present.
The essential safety requirements against the risk of explosion in classified areas are established by
Directive 2014/34 / EU of the European Parliament and of the Council of 26 February 2014 (as regards
equipment) and 1999/92 / EC of 16 December 1999 (as regards the plants).
The criteria for the classification of areas with risk of explosion are given by the EN60079-10 standard.
The technical requirements of electrical systems in classified areas are given by the EN60079-14
standard.
The following table shows the legend of the marking for use in a hazardous area:
Equipment for surface systems with the presence of gas or vapours,
category 1 suitable for zone 0 and with redundancy for zones 1 and
2
Intrinsically safe equipment, category ia
Equipment of group IIA suitable for substances (gases) of groups
IIA.
Equipment Ga protection level
Equipment temperature class (maximum surface temperature)
Conformity marking to applicable European directives
Marking of conformity to directive 2014/34 / EU and related technical
standards
Number of the EU-type examination certificate.
X indicates that there are particular conditions of use which are
indicated in the manual with safety instructions.
Number of the Notified Body (Bureau Veritas) which carries out the
surveillance of the production system.
Ambient operating temperature of the equipment
In order to prevent the accumulation of electrostatic charges on the equipment, appropriate
procedures must be adopted during installation, maintenance and use
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4 Batteries
MODUS SLIM 2 uses two lithium battery packs that guarantee high operating autonomy.
BATTERY CODE
FUNCTION
BATTERY TYPE
FEATURE
LE8-BP
CPU power supply
Lithium
Standard
HP7-BP1
Modem power supply
Lithium
Standard
The battery packs have been approved by the Notified Body which issued the ATEX type certificate
and it is therefore absolutely mandatory to use only the model provided.
DANGER OF EXPLOSION
Do not short-circuit the terminals of the battery pack. Do not try to open the casing. Keep away
from heat sources. Don't try to recharge.
DO NOT connect the HP-7 battery pack directly to the BATT2 connector.
Battery packs must always be replaced in the absence of an explosive atmosphere. Check the
operating conditions with suitable instruments before proceeding.
Exhausted batteries contain substances that are hazardous to the environment
and are subject to mandatory separate collection: dispose of in accordance with
the laws in force to allow for recycling. CER code 160605.
4.1 Replacement
Replacing a battery pack involves removing the NON-metrological hardware seals.
To minimize the risk of data loss it is advisable to connect a new charged CPU battery before removing
the old one.
To replace a battery, simply remove the exhausted pack and replace it with a new one.
1
It is possible to equip the HP6-BP equivalent battery as an alternative to the standard HP7-BP.
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Figure 1: MODUS SLIM 2 equipped with HP7-BP
After replacing a battery, it is necessary to realign the remaining range indicators.
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5 User’s Menu
Under normal operating conditions MODUS SLIM 2 keeps the display off to save energy.
To access the main menu, press the button .
It is possible to navigate in the menu using the keys (enter), (scroll), ESC.
The button allows you to access the submenus if available.
The button ESC allows you to return to the previous menu.
The button allows you to scroll through the menu items.
The menu can only be used to view quantities already configured in the equipment or to force
predefined actions. It is not possible to edit the configurations set.
The Flowmeter menu can show in the first line one or both of the following special characters listed
below
• σ: Metrical sealing temporary unlocked
The metrological release button was pressed. The symbol is shown as long as the display remains
lit.
• β: Volume conversion stopped
Volume conversion is inhibited. The reasons can be different: pressure out of range, temperature
out of range, wrong gas parameters etc.
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FLOWMETER
Vb
Volume Counter at base conditions
Vm
Volume Counter at measurement conditions
Ve
Volume Counter at measurement conditions when
conversion is stopped
Energy
Energy counter
Instant. Val.
Pgas
Absolute pressure at the measurement conditions
Tgas
Absolute temperature at measurement conditions
Z
Gas compression factor at the measurement conditions
Zb/Z
Compression factor ratio
C
Volume conversion factor
Qb
Flow at basic conditions
Qm
Flow at the measurement conditions
Parameters
CO2
Current CO2 concentration
H2
Current H2 concentration
DRel
Density relative to air
PCS
Higher Caloric Power
Temp. Rifer.
Reference temperature
Tcb
PCS combustion temperature
Tpcs
Reference temperature of the PCS measurement
Press. Rif.
Reference pressure
N2
Current N2 (Nitrogen) concentration
CO
Current CO (carbon monoxide) concentration
CH4
Current CH4 (Methane) concentration
C2
Current C2H6 (Ethane) concentration
C3
Current C3H8 (Propane) concentration
H2O
Current H2O (water) concentration
H2S
Current H2S (Hydrogen sulfide) concentration
O2
Current O2 (Oxygen) concentration
iC4
Current Isobutan concentration
nC4
Current Neobutan concentration
iC5
Current Isopentane concentration
nC5
Current neopentane concentration
nC6
Current Neo-C6 concentration
nC7
Current Neo-C7 concentration
nC8
Current Neo-C8 concentration
nC9
Current Neo-C9 concentration
nC10
Current Neo-C10 concentration
He
Current helium concentration
Ar
Current Argon concentration
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State
Diagn.
See Table 2
Alarms
Display of any active alarms
Residual Battery
Percentage of residual EVCD battery
Contat. Att.
Display of weight and pulse divider
System
S/N Conv.
Display of the flowmeter serial number
S/N Press.
Display of the serial number of the pressure transducer
S/N Temp.
Display of the serial number of the temperature transducer
Vers. FW
Firmware version
Crc FW
Display of the flowmeter firmware CRC
Vers. Bootloader
Display of bootloader firmware revision
Crc. Bootloader
Display of the bootloader firmware CRC
Z calcul.
Calculation formula of the compressibility factor Z
C calcul.
Calculation formula of the conversion coefficient C
Events Buffer
Number of events
Event List
Number and list of events with time stamp
Absolute Count.
Absolute Event counter
Reset
See chapter "Machine reset"
Date & Time
Display of the current date and time
Table 1: Flowmeter menu
NOT CONFIGURED
Factory condition. The machine is NOT operational.
CALIBRATION
Non-operating machine update functions can be performed
NORMAL
Standard operating condition
MAINTENANCE
The equipment is operational but does not store data or events
Table 2:Possible states for the flowmeter section
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DATALOGGER
Id (PDR)
Point of Delivery identifier
Billing
Current
ID PT
Tariff plan identifier
Vb
Cubic meters counter at standard conditions
Vb F1
Cubic meters counter at standard conditions F1
Vb F2
Cubic meters counter at standard conditions F2
Vb F3
Cubic meters counter at standard conditions F3
Vm
Cubic meters counter at the measurement conditions
Vm F1
Cubic meters counter at the measurement conditions F1
Vm F2
Cubic meters counter at the measurement conditions F2
Vm F3
Cubic meters counter at the measurement conditions F3
Vme
Cubic meters counter in error
Vme F1
Cubic meters counter in error F1
Vme F2
Cubic meters counter in error F2
Vme F3
Cubic meters counter in error F3
Previous
ID PT
Tariff plan identifier
Reason
Reason for period closure - see table 6
Vb
Cubic meters counter at standard conditions
Vb F1
Cubic meters counter at standard conditions F1
Vb F2
Cubic meters counter at standard conditions F2
Vb F3
Cubic meters counter at standard conditions F3
Vm
Cubic meters counter at the measurement conditions
Vm F1
Cubic meters counter at the measurement conditions F1
Vm F2
Cubic meters counter at the measurement conditions F2
Vm F3
Cubic meters counter at the measurement conditions F3
Vme
Cubic meters counter in error
Vme F1
Cubic meters counter in error F1
Vme F2
Cubic meters counter in error F2
Vme F3
Cubic meters counter in error F3
Meter ID
Gas Meter serial number
Modem
Call SAC
Force call to the configured remote management center
SMS Test SAC
Force sending test SMS
Turn on GSM
Dati
Force power on modem in GSM data mode
Turn on GPRS
Force modem power on in GPRS data mode
Gprs DCE IP
Displays the last IP assigned by the network
GSM Field
Displays the intensity of the GSM field
Local echo
Modem
Enable modem echo on local serial port
Last connection
Date and time of the last connection occurred
Message SAC
P0
Text message from SAC profile 0
P1
Text message from SAC profile 1
P2
Text message from SAC profile 2
P3
Text message from SAC profile 3
P4
Text message from SAC profile 4
SW REV. BLD
CCA
Non-Metrological Firmware Revision
Service
Local
Modbus
Communication protocol on local port
CTR
ESC
Leave setup
Remote
Modbus
Communication protocol on remote port
CTR
ESC
Leave Setup
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5.1 Diagnostic
The diagnostic information shown on the display reports the status of each diagnostic bit in
hexadecimal format. Each bit equal to 1 indicates a specific anomaly.
1
2
3
4
5
6
7
8
9
1
0
1
1
1
2
1
3
1
4
1
5
1
6
1
7
1
8
1
9
2
0
2
1
2
2
2
3
2
4
2
5
2
6
2
7
2
8
2
9
3
0
3
1
3
2
0 - 4
0 - F
0
0
0 - 2
0 - 3
0 - F
0 - E
DISPLAY
FUNCTION
BIT
FUNCTION
BIT
FUNCTION
BIT
FUNCTION
BIT
GENERAL ALARM
1
RESERVED
9
RESERVED
17
CONVERSION STOPPED
25
STATUS NOT OPERATIONAL
2
RESERVED
10
RESERVED
18
UNALIGNED CLOCK
26
PRESSURE ERROR
3
RESERVED
11
RESERVED
19
EVENTS QUEUE FULL
27
TEMP. ERROR
4
RESERVED
12
RESERVED
20
TAMPER ALARM
28
ERR. CAlCULATION Z
5
RESERVED
13
RESERVED
21
GENERIC ALARM
29
ERR. CONFIGURATION
6
RESERVED
14
Q ALARM
22
EVENTS QUEUE 90%
30
PRESSURE UNCALIBRATED
7
RESERVED
15
PRESSURE OUT OF RANGE
23
LOW BATTERY
31
TEMP. UNCALIBRATED
8
RESERVED
16
TEMP. OUT OF RANGE
24
RESERVED
32
Table 3:Flowmeter Diagnostic Section
5.2 Events
N
DISPLAY
DESCRIPTION
N
DISPLAY
DESCRIPTION
1
GENERIC
Generic Event
14
EVT. RESET
Event Queue Reset
2
OUT OF LIM S
Out of Limit Start
15
EVT. FULL
Event Queue Full
3
OUT OF LIM E
Out of Limit End
16
CONF BP
Changed Billing Period
4
OUT OF RANGE
Out of Range
17
START BP
Start New Billing Period
5
MOD PARAM
Modified CTR Object
18
CONF SW
New Firmware Downloaded
6
FAILURE
Generic Failure
19
START SW
New Firmware Active
7
NO SUPPLY
No 230V
20
REBOOT
Reboot/Attempt Fraud
8
LOW BATT
Low Battery
21
STATUS NORM
Status Changed to Normal
9
MOD DATA
Date and Time Mod.
22
STATUS UNCO
Status Changed to Unconfigured
10
CALC ERROR
Calculation Error
23
STATUS MNT
Status Changed to Maintenance
11
RESET MEM
Factory Reset
24
STOP CONV
Stop Conversion
12
BROK. SEAL
Unlocked Software Seal
25
BATT.REPL.
Battery Replaced
13
SYNC ERR.
Date or Time Error
26
MOD SECUR
Modified security parameter
Table 4:Events
5.3 End Of Billing
Code
Description
1
Changed provider
2
New contract
3
New user
4
Changer distributor
5
End of billing period
6
New billing period
Table 5: Reasons for closing billing period
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6 Installation
It is not sufficient for a device to be intrinsically safe to be connected to associated equipment.
It is necessary that a qualified technician or a body in charge proceed with the verification of
the system and issue of suitable certification proving the compatibility between the electrical
safety parameters possessed by both devices.
6.1 Clamps
The replacement of the pressure or temperature transducer is not allowed.
Opening the lid involves removing the metrological seals.
An example of connection is shown below: the connection of the pressure sensor cables depends on the
sensor technology.
Figure 2: MODUS SLIM 2 clamps
MORS.
POS
FUNZIONE
COLORE CAVO
M1
1
ANALOG PRESSURE TRANSDUCER– IN+
PRESS-RED
M1
2
ANALOG PRESSURE TRANSDUCER– OUT+
PRESS-YELLOW
M1
3
ANALOG PRESSURE TRANSDUCER– OUT-
PRESS-WHITE
M1
4
ANALOG PRESSURE TRANSDUCER– IN-
PRESS-BLUE
M1
5
DIGITAL PRESSURE TRANSDUCER – GND
PRESS-WHITE
M1
6
DIGITAL PRESSURE TRANSDUCER – POWER SUPPLU
PRESS-BROWN
M1
7
DIGITAL PRESSURE TRANSDUCER – OUTPUT
PRESS-GREEN
M1
8
SCREEN
TEMP-BLACK
M1
9
PT1000 – NEGATIVE
TEMP-RED
M1
10
PT1000 – POSITIVE
TEMP-WHITE
M2
1
IMPULSIVE INPUT 2 - CLEAN CONTACT
M2
2
IMPULSIVE INPUT 2 - CLEAN CONTACT/SCREEN
M2
3
IMPULSIVE INPUT 1 - CLEAN CONTACT
M2
4
IMPULSIVE INPUT 1 - CLEAN CONTACT/SCREEN
M3
1
DIGITAL OUT 1 - PULSE REPEAT – COLLECTOR
M3
2
DIGITAL OUT 1 - PULSE REPEAT – EMITTER
M3
3
DIGITAL OUT 2 - PULSE REPEAT – COLLECTOR
M3
4
DIGITAL OUT 2 - PULSE REPEAT – EMITTER
Table 6:Description of available clamps
1
1
1
M1
M2
M3
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6.2 Metrological Unlock Button
The Metrological unlock button is accessed removing main cover, protected by Metrological seals.
After pressing Metrological Unlock Button the software Metrological seals are unlocked and Metrological
parameters can be modified. The software Metrological seals return to locked status when display
switch off after 30 seconds of keyboard activity.
During the period the Metrological seals are unlocked the display shows symbol σ as first character of
first line.
When the Metrological seal is unlocked the following parameters, can be modified:
• Vm – Volume at measure conditions
• Vb – Volume at base conditions
• Ve – Volume in error conditions
• Energy
• Pulse configuration
• Device Status
• Erase Events Queue
Lock/Unlock Metrological seals and parameters modifications are registered into events queue.
Figure 3: Metrological Unlock Button
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6.3 Metrological sealing
The metrological sealing is carried out by sealing which prevents the opening of the main cover. The
sealing wire is inserted into the holes located in the upper part of the lid as shown in the following
illustration.
Figure 4: Metrological sealing
6.4 Non-Metrological sealings
Two adhesive Non-Metrological sealings protect the battery cover as shown in the following figure 5.
Figure 5: Non-Metrological sealings
1
1
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6.5 Factory reset
The converter’s reset involves the removal of the metrological seals.
Figure 6: Push buttons for Factory Reset
It is possible to restore both the flowmeter and the data logger to the original factory conditions
(converter calibrated but not configured).
Reset procedure:
1. Disconnect the two battery packs;
2. Wait for 5 seconds;
3. Press buttons PROG and ESC and connect battery pack; keeping buttons pressed wait for
display message RESET CONFIG;
4. Release buttons and wait for device to complete the reset procedure. At the end of reset the
device will reboot.
PAY ATTENTION: do not remove batteries during reset.
6.6 Maintenance
All verification and / or maintenance operations must be carried out according to the criteria of the
European standard EN60079-17.
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7 Technical Specifications
MECHANICAL
MIN
TIP
MAX
Casing material
Bayer Bayblend FR3000
Casing Dimensions (L X H X P)
180x150x40 mm
Pressure transducer - installed dimensions (L X H X P)
38 X 27 X 27 mm
Pressure transducer - Headroom (L)
50 mm
Pressure transducer - process connection
¼” G Male
Temperature transducer - thermal element dimensions (L X D)
6 X 50 mm
Temperature transducer - Headroom(L)
50 mm
IP protection
66
ENVIRONMENT
MIN
TIP
MAX
Ambient operating temperature range
-25°C
+60°C
Operating gas temperature range with formula AGA8-DC92
-25°C
+60°C
Operating gas temperature range with SGERG88 formula
-20°C
+60°C
Operating gas temperature range with formula AGA-NX19
-25°C
+60°C
Environmental classes
M2/E2
ELECTRICAL
MIN
TIP
MAX
Nominal voltage LE8-BP, HP6-BP, HP7-BP
3.6 V
LE8-BP capacity
19 Ah
HP6-BP capacity
17 Ah
HP7-BP capacity
19 Ah
PRESSURE TRANSDUCERS
MIN
TIP
MAX
Pressure transducer working range (Bar)2
0.8
1.5
0.8
2
0.8
10
1
20
6
80
TEMPERATURE TRANSDUCERS
Type
PT1000 class A IEC/EN 60751
IMPULSIVE INPUTS
MIN
TIP
MAX
AVAILABLE
2
Digital Inputs Type
Contact
Frequency
3 Hz
Electrical characteristics
See: Safety instructions Nr. 09 of 10 December 2013
DIGITAL OUTPUTS
MIN
TIP
MAX
Digital Outputs Type
Open collector
AVAILABLE
4
Electrical characteristics
See: Safety instructions Nr. 09 of 10 December 2013
LOCAL OPTICAL INTERFACE
Speed, data bits, parity, stop bits
9600,8, n,1
COMMUNICATION
Protocol
UNI TS 11291-3 (CTR)
Communication vectors
GSM data, GSM SMS, GPRS
Data link
Scheduled Call to the centre; configuration; missing
data download, archive, date / time alignment.
Firmware update
Via local port or remotely. Check CRC32
FUNCTIONAL
Calculation of conversion factor
UNI EN 12405-1
Calculation of compressibility
UNI EN ISO 12213-3 (SGERG-88)
UNI EN ISO 12213-2 (AGA8-DC92)
AGA NX-19
Energy calculation
UNI EN 12405-2
Calculation of higher calorific value 3
UNI EN ISO 6976:2008
2
MID certified fields. Other fields are available without metric certification.
3
If the compressibility calculation is set according to AGA8-DC92.
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8 Ex Safety Parameters
Digital Inputs
Parameter
Uo
Io
Po
Ui
Ii
Pi
Co
Lo
Ci
Li
Valore
6 Volt
6,5mA
10mW
N.A.
N.A.
N.A.
100μF
1H
N.A.
N.A.
Digital Outputs
Parameter
Uo
Io
Po
Ui
Ii
Pi
Co
Lo
Ci
Li
Valore
6 Volt
6,5mA
10mW
15V
N.A.
N.A.
100μF
1H
≈0
≈0
Input for Analog pressure sensor (1)
Parameter
Uo
Io
Po
Ui
Ii
Pi
Co
Lo
Ci
Li
Valore
6 Volt
151mA
227mW
N.A.
N.A.
N.A.
100μF
1mH
N.A.
N.A.
Input for digital pressure sensor (2)
Parameter
Uo
Io
Po
Ui
Ii
Pi
Co
Lo
Ci
Li
Valore
6 Volt
70mA
105mW
N.A.
N.A.
N.A.
100μF
1mH
N.A.
N.A.
Input for SPI / I2C digital sensor
Parameter
Uo
Io
Po
Ui
Ii
Pi
Co
Lo
Ci
Li
Valore
6 Volt
82mA
123mW
N.A.
N.A.
N.A.
100μF
1mH
N.A.
N.A.
Input for temperature Transducer
Parameter
Uo
Io
Po
Ui
Ii
Pi
Co
Lo
Ci
Li
Valore
6 Volt
26mA
39mW
N.A.
N.A.
N.A.
100μF
1mH
N.A.
N.A.
(1) The following transducer types can be connected to this channel:
STS TD GAS
STS TM EX
GEMS 563966
GEMS 564280
TECLAB GSE-03
TECLAB TL01
TECLAB GSE/03/1
FAST GSE-03
FAST TL01
FAST GSE/03/1
Or any ATEX certified transducer with characteristic parameters compatible with the values indicated above.
(2) A transducer of the following type can be connected to this channel t:
HUBA 528
Or any ATEX certified transducer with characteristic parameters compatible with the values indicated above.
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PIETRO FIORENTINI Modus Slim2 Owner's manual

Brand
PIETRO FIORENTINI
Model
Modus Slim2
Category
Measuring, testing & control
Type
Owner's manual
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